It is possible to manufacture large-diameter thin-walled tubes with a diameter of φ1 to φ250 using films such as polyimide and PPS. Prototyping in small quantities is possible.
Unlike extrusion molding technology, this is a tube made by slitting film materials such as polyimide, PPS, PEN, PET, PA, and PET, and forming them into coils with arbitrary inner diameters. We have production records for minimum inner diameters of φ0.8 to outer diameters of φ1, and up to a maximum of about φ250. The inner diameter can be set in units of 0.1mm, and lengths can be produced from 5 to 2000mm. The molding methods include bond molding using adhesives and ultrasonic welding. We can also propose multi-layer designs tailored to applications and environments using materials such as PI (heat-resistant up to about 350℃), PET (heat-resistant up to about 150℃), NOMEX (heat-resistant up to about 220℃), and PEN (heat-resistant up to about 180℃).
- Bond Molding
Using original bonds, we mold the tube. It excels in adhesion, heat resistance, and durability, allowing for the production of composite tubes made from different materials. The combination of materials is flexible. The heat resistance of the bond type depends on the heat resistance temperature of the adhesive.
- Ultrasonic Molding
This is a tube made without using adhesives, sealed by ultrasonic waves. It is molded using only a single material without employing different materials. This tube maximizes the properties of a single material.
![[Free Sample Available] Crimp Terminal Flexible Polyolefin Heat Shrink Creep](https://image.mono.ipros.com/public/product/image/31e/2000259659/IPROS650855118675339337.jpg?w=280&h=280)
![[Processed Parts Results] Tube <Construction Machinery>](https://image.mono.ipros.com/public/product/image/310/2001269372/IPROS05234618918352757645.png?w=280&h=280)
